def runcmd(self,rargs,fun,extra=None) :
import utls.rg_yaml,copy
utls.check.must_exists(rargs.prj.conf)
rg_logger.info("load prj conf: %s" %(rargs.prj.conf))
loader = utls.rg_yaml.conf_loader(rargs.prj.conf)
data = loader.load_data("!R","res")
prj_cmd_base.check_data(data)
env_data = data['_env']
sys_data = data['_sys']
if data.has_key('_mod') :
for m in data['_mod'] :
res.node.regist_mod(m)
main = res.prj_main()
if len(self.env) == 0 :
return
#import pdb
#pdb.set_trace()
for env_obj in env_data :
res.node.env_regist(env_obj)
if self.env == "@all" :
main.append(env_obj)
if self.env != "@all" :
for need_env in self.env :
obj = res.node.env_find(need_env)
if obj is not None :
main.append(obj)
else:
raise interface.rigger_exception("env [%s] not found" %(need_env))
for sys_obj in sys_data :
res.node.sys_regist(sys_obj)
if self.sys == "@all":
main.append(sys_obj)
if len(self.sys) > 1 and extra is not None :
raise interface.rigger_exception("extra obj will execute in muti sys" %(len(self.sys)))
if self.sys != "@all" :
for need_sys in self.sys :
obj = res.node.sys_find(need_sys)
if obj is not None :
if extra is not None :
obj.append(extra)
main.append(obj)
else :
raise interface.rigger_exception("sys [%s] not found" %(need_sys))
context = interface.run_context()
project = res.project()
project.setup4start(context)
interface.control_call(main,fun,context,"unknow")
def _before(self,context):
rg_logger.info("env:%s _before" %(self._name))
if self._mix is not None :
for key in self._mix.split(",") :
obj = res.node.env_find(key)
if obj is None :
raise interface.rigger_exception("env [%s] : mix [%s] not found " %(self._name,key))
self.append(obj)
def parse_cmd(self):
if len(self.cmds) == 0 :
raise badargs_exception("没æå½ä»¤")
if len(self.cmds) > 1:
self.subcmd = self.cmds[1:]
rg_logger.info("subcmd: %s" %self.subcmd)
cmdarr = self.cmds[0].split(',')
return cmdarr
def parse_cmd(self):
if len(self.cmds) == 0:
raise badargs_exception("没æå½ä»¤")
if len(self.cmds) > 1:
self.subcmd = self.cmds[1:]
rg_logger.info("subcmd: %s" % self.subcmd)
cmdarr = self.cmds[0].split(',')
return cmdarr
def loadconf(self, rargs):
import utls.rg_yaml, copy
utls.dbc.must_file(rargs.dev.conf)
rg_logger.info("load prj conf: %s" % (rargs.dev.conf))
loader = utls.rg_yaml.conf_loader(rargs.dev.conf)
data = loader.load_data("!C", "conf")
dev_data = data['_dev']
for confobj in dev_data:
confobj._load()
def loadconf(self,rargs) :
# import pdb
# pdb.set_trace()
import utls.rg_yaml,copy
utls.dbc.must_exists(rargs.dev.conf)
rg_logger.info("load prj conf: %s" %(rargs.dev.conf))
loader = utls.rg_yaml.conf_loader(rargs.dev.conf)
data = loader.load_data("!C","conf")
dev_data = data['_dev']
for confobj in dev_data :
confobj._load()
def run_rigger(rargs, argv) :
#TODO: muti cmd support
if len(rargs.prj.cmds) == 0 :
raise interface.rigger_exception("No Cmd!")
cmds = rargs.prj.cmds[0]
for cmd in cmds.split(',') :
obj = rg_ioc.ins_cmd(cmd)
if obj is None :
raise interface.rigger_exception( "unfound '%s' cmd instance" %cmd)
rg_logger.info("cmd: %s , cmd_ins : %s" %(cmd,obj.__class__.__name__))
obj._config(argv,rargs)
obj._execute(rargs)
def _before(self,context):
context.use_env(self._name)
rg_logger.info("env:%s _before" %(self._name))
mix_obj = []
if self._mix is not None :
for key in self._mix.split(",") :
obj = interface.res_proxy(res.node.env_find,key,"env")
mix_obj.append(obj)
# obj = res.node.env_find(key)
# if obj is None :
# raise interface.rigger_exception("env [%s] : mix [%s] not found " %(self._name,key))
# self.append(obj)
self.extend_left(mix_obj)
def run_rigger(rargs, argv):
#TODO: muti cmd support
if len(rargs.prj.cmds) == 0:
raise interface.rigger_exception("No Cmd!")
cmds = rargs.prj.cmds[0]
for cmd in cmds.split(','):
obj = rg_ioc.ins_cmd(cmd)
if obj is None:
raise interface.rigger_exception("unfound '%s' cmd instance" % cmd)
rg_logger.info("cmd: %s , cmd_ins : %s" %
(cmd, obj.__class__.__name__))
obj._config(argv, rargs)
obj._execute(rargs)
def _before(self, context):
context.use_env(self._name)
rg_logger.info("env:%s _before" % (self._name))
mix_obj = []
if self._mix is not None:
for key in self._mix.split(","):
obj = interface.res_proxy(res.node.env_find, key, "env")
mix_obj.append(obj)
# obj = res.node.env_find(key)
# if obj is None :
# raise interface.rigger_exception("env [%s] : mix [%s] not found " %(self._name,key))
# self.append(obj)
self.extend_left(mix_obj)
def file(self, tplfile, dstfile):
tpl = open(tplfile, 'r')
isstdout = dstfile == sys.stdout
dst = dstfile if isstdout else open(dstfile, 'w')
st = tplstatus.NONE
block = []
cond = ""
expect = None
for line in tpl:
if st == tplstatus.BLOCK_IN:
if self.re_block_end.match(line):
st = tplstatus.NONE
code = "cond_val = %s" % cond
code = code.replace("T.", "self.tpl_vars.")
exec code
rg_logger.debug(" code in block '%s'[%s]" %
(cond, str(cond_val)))
if str(cond_val).upper() == expect.upper():
xblock = []
for line in block:
rg_logger.debug("proc line: %s" % (line))
xblock.append(self.value(line))
dst.writelines(xblock)
block = []
else:
block.append(line)
continue
if st == tplstatus.NONE:
code_match = self.re_code.match(line)
block_match = self.re_block_beg.match(line)
if block_match:
st = tplstatus.BLOCK_IN
cond = block_match.group(1).strip()
expect = block_match.group(2).strip()
if len(expect) == 0:
expect = "TRUE"
pass
elif code_match:
code = code_match.group(1).strip()
code = code.replace("T.", "self.tpl_vars")
rg_logger.info(code)
exec code
else:
line = self.value(line)
dst.write(line)
tpl.close()
dst.close()
if not isstdout:
stat = os.stat(tplfile)
os.chmod(dstfile, stat.st_mode)
def file(self,tplfile,dstfile):
tpl = open(tplfile, 'r')
isstdout = dstfile == sys.stdout
dst = dstfile if isstdout else open(dstfile, 'w')
st = tplstatus.NONE
block = []
cond = ""
expect = None
for line in tpl:
if st == tplstatus.BLOCK_IN:
if self.re_block_end.match(line) :
st=tplstatus.NONE
code = "cond_val = %s" %cond
code = code.replace("T.","self.tpl_vars.")
exec code
rg_logger.debug(" code in block '%s'[%s]" %(cond,str(cond_val)) )
if str(cond_val).upper() == expect.upper() :
xblock = []
for line in block :
rg_logger.debug("proc line: %s" %(line) )
xblock.append(self.value(line))
dst.writelines(xblock)
block = []
else:
block.append(line)
continue
if st == tplstatus.NONE:
code_match = self.re_code.match(line)
block_match = self.re_block_beg.match(line)
if block_match:
st=tplstatus.BLOCK_IN
cond = block_match.group(1).strip()
expect = block_match.group(2).strip()
if len(expect) == 0 :
expect = "TRUE"
pass
elif code_match :
code = code_match.group(1).strip()
code = code.replace("T.","self.tpl_vars")
rg_logger.info(code)
exec code
else:
line = self.value(line)
dst.write(line)
tpl.close()
dst.close()
if not isstdout:
stat = os.stat(tplfile)
os.chmod(dstfile,stat.st_mode)
def _before(self,context):
rg_logger.info("system:%s _before " %(self._name))
utls.rg_var.keep()
context.keep()
#support run_path var
auto_vars = vars()
auto_vars.SYS_NAME = self._name
auto_vars.RUN_PATH = "%s/run/%s" %(context.prj.root,self._name)
run_path = res.files.path()
run_path.dst = auto_vars.RUN_PATH
self.push(run_path)
self.push(auto_vars)
def _before(self, context):
rg_logger.info("system:%s _before " % (self._name))
utls.rg_var.keep()
context.keep()
#support run_path var
auto_vars = vars()
auto_vars.SYS_NAME = self._name
auto_vars.RUN_PATH = "%s/run/%s" % (context.prj.root, self._name)
run_path = res.files.path()
run_path.dst = auto_vars.RUN_PATH
self.push(run_path)
self.push(auto_vars)
def proc_files(self,arg,dirname,names):
src_path = dirname
relat_path = src_path.replace(self.src,'').lstrip('/')
dst_path = os.path.join(self.dst , relat_path)
dst_path = self.ng.convert_path(dst_path)
if dst_path is None :
return
rg_logger.info("proc file : src[ %s ] --> dst [%s]" %(src_path,dst_path) )
if not os.path.exists(dst_path):
os.makedirs(dst_path)
for n in names:
src = os.path.join(src_path ,n)
dst = self.ng.value(os.path.join(dst_path ,n))
if n != "_tpl.yaml" and not os.path.isdir(src):
rg_logger.info( "proc tpl file: %s -> %s" %(src,dst) )
self.ng.file( src , dst )
def _before(self, context):
rg_logger.info("system:%s _before " % (self._name))
utls.rg_var.keep()
context.keep()
base_run = res_utls.value("${BASE_RUN_PATH}")
#support run_path var
auto_vars = vars()
auto_vars.SYS_NAME = self._name
auto_vars.RUN_PATH = "%s/%s" % (base_run, self._name)
context.run_path = auto_vars.RUN_PATH
run_path = res.files.path()
run_path.dst = auto_vars.RUN_PATH
self.push(run_path)
self.push(auto_vars)
def _before(self,context):
rg_logger.info("system:%s _before " %(self._name))
utls.rg_var.keep()
context.keep()
base_run = res_utls.value("${BASE_RUN_PATH}")
#support run_path var
auto_vars = vars()
auto_vars.SYS_NAME = self._name
auto_vars.RUN_PATH = "%s/%s" %(base_run,self._name)
context.run_path = auto_vars.RUN_PATH
run_path = res.files.path()
run_path.dst = auto_vars.RUN_PATH
self.push(run_path)
self.push(auto_vars)
def proc_files(self, arg, dirname, names):
src_path = dirname
relat_path = src_path.replace(self.src, '').lstrip('/')
dst_path = os.path.join(self.dst, relat_path)
dst_path = self.ng.convert_path(dst_path)
if dst_path is None:
return
rg_logger.info("proc file : src[ %s ] --> dst [%s]" %
(src_path, dst_path))
if not os.path.exists(dst_path):
os.makedirs(dst_path)
for n in names:
src = os.path.join(src_path, n)
dst = self.ng.value(os.path.join(dst_path, n))
if n != "_tpl.yaml" and not os.path.isdir(src):
rg_logger.info("proc tpl file: %s -> %s" % (src, dst))
self.ng.file(src, dst)
def load(conf_yaml):
import utls.rg_yaml, copy
rg_logger.info("load prj conf: %s" % (conf_yaml))
loader = utls.rg_yaml.conf_loader(conf_yaml)
data = loader.load_data("!R", "res")
# print("-------------%s----------" %(conf_yaml))
check_data(data)
if data.has_key('_mod'):
for m in data['_mod']:
res.node.module_regist(m)
if data.has_key('_env'):
for obj in data['_env']:
res.node.env_regist(obj)
if data.has_key('_sys'):
for obj in data['_sys']:
res.node.sys_regist(obj)
def load(conf_yaml) :
import utls.rg_yaml,copy
rg_logger.info("load prj conf: %s" %(conf_yaml))
loader = utls.rg_yaml.conf_loader(conf_yaml)
data = loader.load_data("!R","res")
# print("-------------%s----------" %(conf_yaml))
check_data(data)
if data.has_key('_mod') :
for m in data['_mod'] :
res.node.module_regist(m)
if data.has_key('_env') :
for obj in data['_env']:
res.node.env_regist(obj)
if data.has_key('_sys') :
for obj in data['_sys']:
res.node.sys_regist(obj)
def runcmd(self,rargs,fun) :
import utls.rg_yaml,copy
utls.dbc.must_exists(rargs.prj.conf)
rg_logger.info("load prj conf: %s" %(rargs.prj.conf))
loader = utls.rg_yaml.conf_loader(rargs.prj.conf)
data = loader.load_data("!R","res")
prj_cmd_base.check_data(data)
env_data = data['_env']
sys_data = data['_sys']
if data.has_key('_mod') :
for m in data['_mod'] :
res.node.regist_mod(m)
main = res.prj_main()
if len(self.env) == 0 :
return
#import pdb
#pdb.set_trace()
for env in self.env :
for env_obj in env_data :
res.node.env_regist(env_obj)
if env_obj._name == env :
main.append(env_obj)
context = interface.run_context()
# interface.control_call(main,fun,context)
if len(self.sys) > 0 :
for sys in self.sys :
for sysobj in sys_data :
res.node.sys_regist(sysobj)
if sysobj._name == sys :
main.append(sysobj)
# interface.control_call(sysobj,fun,context)
interface.control_call(main,fun,context,"unknow")
def runcmd(self, rargs, fun):
import utls.rg_yaml, copy
utls.dbc.must_exists(rargs.prj.conf)
rg_logger.info("load prj conf: %s" % (rargs.prj.conf))
loader = utls.rg_yaml.conf_loader(rargs.prj.conf)
data = loader.load_data("!R", "res")
prj_cmd_base.check_data(data)
env_data = data['_env']
sys_data = data['_sys']
if data.has_key('_mod'):
for m in data['_mod']:
res.node.regist_mod(m)
main = res.prj_main()
if len(self.env) == 0:
return
#import pdb
#pdb.set_trace()
for env in self.env:
for env_obj in env_data:
res.node.env_regist(env_obj)
if env_obj._name == env:
main.append(env_obj)
context = interface.run_context()
# interface.control_call(main,fun,context)
if len(self.sys) > 0:
for sys in self.sys:
for sysobj in sys_data:
res.node.sys_regist(sysobj)
if sysobj._name == sys:
main.append(sysobj)
# interface.control_call(sysobj,fun,context)
interface.control_call(main, fun, context, "unknow")
def _before(self,context):
rg_logger.info("main: _before")
def _after(self,context):
context.rollback()
utls.rg_var.rollback()
rg_logger.info("system:%s _after" %(self._name))
def _before(self, context):
# run_struct.push("modul %s" %(self._name))
rg_logger.info("modul:%s _before" % (self._name))
if self._sandbox:
utls.rg_var.keep()
context.keep()
def _after(self,context):
rg_logger.info("env:%s _after " %(self._name))
def _after(self,context):
if self._sandbox:
context.rollback()
utls.rg_var.rollback()
rg_logger.info("modul:%s _after" %(self._name))
def _after(self, context):
if self._sandbox:
context.rollback()
utls.rg_var.rollback()
rg_logger.info("modul:%s _after" % (self._name))
def _before(self, context):
rg_logger.info("modul:%s _before" % (self._name))
if self._sandbox:
utls.rg_var.keep()
context.keep()
self.load_default_args()
def _after(self, context):
rg_logger.info("main: _after")
def _before(self, context):
rg_logger.info("main: _before")
def _after(self, context):
context.rollback()
utls.rg_var.rollback()
rg_logger.info("system:%s _after" % (self._name))
def load_args(self,saved ) :
if hasattr(saved,'vars_def') and saved.vars_def is not None:
if not self.argv.has_key('-v') :
self.argv['-v'] = saved.vars_def
else:
rg_logger.info ( "old prior vars ignore: %s " % rargs.vars_def)
def _after(self,context):
rg_logger.info("main: _after")
def _before(self,context):
# run_struct.push("modul %s" %(self._name))
rg_logger.info("modul:%s _before" %(self._name))
if self._sandbox:
utls.rg_var.keep()
context.keep()
def _after(self, context):
rg_logger.info("env:%s _after " % (self._name))
def _before(self,context):
rg_logger.info("env:%s _before" %(self._name))
if self._mix is not None :
for key in self._mix.split(",") :
self.append(res.node.env_find(key))
def _before(self, context):
rg_logger.info("env:%s _before" % (self._name))
if self._mix is not None:
for key in self._mix.split(","):
self.append(res.node.env_find(key))
def _before(self,context):
rg_logger.info("modul:%s _before" %(self._name))
if self._sandbox:
utls.rg_var.keep()
context.keep()
self.load_default_args()
def load_args(self, saved):
if hasattr(saved, 'vars_def') and saved.vars_def is not None:
if not self.argv.has_key('-v'):
self.argv['-v'] = saved.vars_def
else:
rg_logger.info("old prior vars ignore: %s " % rargs.vars_def)
